Computational Models of Moral Perception, Conflict & Elevation

Citation:

Dehghani M., Immordino-Yang M. H., Graham J., Marsella S., Forbus K., Ginges J., Tambe M., and Maheswaran R. 2013. “Computational Models of Moral Perception, Conflict & Elevation .” In International Association for Computing and Philosophy (IACAP) 2013.

Abstract:

Computational models of moral cognition will be critical to the creation of agents and robots that operate autonomously in morally sensitive and complex domains. We propose a framework for developing computational models of moral cognition based on behavioral and neurobiological experimental results and field observations. Specifically, we discuss the following critical issues in building such models: 1. Managing conflicts between different moral concerns; 2. The role of moral perceptions in moral judgments; 3. Mechanisms and consequences of moral emotions; 4. Learning and adjusting moral behavior. Moreover, we discuss computational architectures for building and exploring models of moral cognition at different levels of analysis: individual, small groups and large groups.
See also: 2013